Simpson's Rule Implementation trick?

03182016, 11:53 PM
Post: #5




RE: Simpron Rule Implementation trick?
(03182016 11:15 PM)Vtile Wrote: Why Simpson rule, why not ie. rungekutta as isn't that the way when calculating numerical solution for integrals with high accuracy? I know must be rather idiotic question (since obviously it wouldn't discussed here if it would not have use), but need to ask to learn. The GaussKrnorod quadrature is among the best numerical integration methods. This thread just comments on a little trick that I noticed in an article that discusses basic numerical integration methods. The code that initializes the sum of terms caught my attention .... that's all. BTW, The RungeKutta methods are for solving ordinary differential equations. Namir 

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Messages In This Thread 
Simpson's Rule Implementation trick?  Namir  03182016, 12:11 AM
RE: Simpson Rule Implementation trick?  Dieter  03182016, 01:14 PM
RE: Simpron Rule Implementation trick?  Namir  03182016, 08:47 PM
RE: Simpron Rule Implementation trick?  Vtile  03182016, 11:15 PM
RE: Simpron Rule Implementation trick?  Namir  03182016 11:53 PM
RE: Simpron Rule Implementation trick?  Vtile  03192016, 01:14 AM
RE: Simpron Rule Implementation trick?  ttw  03192016, 04:59 AM
RE: Simpron Rule Implementation trick?  Dieter  03192016, 06:45 AM
RE: Simpron Rule Implementation trick?  Namir  03192016, 02:21 PM
RE: Simpson Rule Implementation trick?  Dieter  03192016, 05:05 PM
RE: Simpron Rule Implementation trick?  Paul Dale  03192016, 06:50 AM
RE: Simpron Rule Implementation trick?  Namir  03192016, 02:22 PM

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